Metabolite Mapping
Metabolite mapping in cannabis refers to the analytical process of identifying and quantifying secondary metabolites—including terpenes, cannabinoids, and flavonoids—across a plant's tissues and developmental stages. This technique uses chromatography and mass spectrometry to create a chemical profile or 'map' showing where and when specific compounds accumulate. Breeders and geneticists use metabolite mapping to understand how genetic lineage influences chemical expression, helping distinguish phenotypic variation within a strain family. The practice is foundational to modern cannabis genetics research, enabling more precise selection for consistent terpene or cannabinoid profiles across generations. Unlike anecdotal descriptions, metabolite mapping provides objective chemical data that informs breeding decisions and strain documentation.
Metabolite Mapping strains
No strains tagged into Metabolite Mapping yet — they'll appear here as breeders submit lineage records under this terpene.
Metabolite mapping in cannabis refers to the analytical process of identifying and quantifying secondary metabolites—including terpenes, cannabinoids, and flavonoids—across a plant's tissues and developmental stages. This technique uses chromatography and mass spectrometry to create a chemical profile or 'map' showing where and when specific compounds accumulate. Breeders and geneticists use metabolite mapping to understand how genetic lineage influences chemical expression, helping distinguish phenotypic variation within a strain family. The practice is foundational to modern cannabis genetics research, enabling more precise selection for consistent terpene or cannabinoid profiles across generations. Unlike anecdotal descriptions, metabolite mapping provides objective chemical data that informs breeding decisions and strain documentation.
Breeders employ metabolite mapping to identify genetic markers linked to desired terpene or cannabinoid ratios, accelerating selection of stable phenotypes. This data-driven approach reduces phenotypic drift across seed batches and supports the development of consistent F1 and IBL (inbred line) crosses.
Educational reference · Cultivar metadata only · No medical claims